Scientists find "missing link" skull dating back 250,000 years

Indiana University scientists working in northeastern Ethiopia said today they have discovered the skull of a small human ancestor that could be a missing link between the extinct Homo erectus and modern man.

Photo: Scientists find "missing link" skull dating back 250,000 years

Scientists find

The hominid cranium -- found in two pieces and believed to be between 500,000 and 250,000 years old -- "comes from a very significant period and is very close to the appearance of the anatomically modern human," said Sileshi Semaw, director of the Gona Paleoanthropological Research Project in Ethiopia.

Archaeologists found the early human cranium five weeks ago at Gawis in Ethiopia's northeastern Afar region, Sileshi said.

Sileshi, an Ethiopian paleoanthropologist based at Indiana University, said most fossil hominids are found in pieces but the near-complete skull -- a rare find -- provided a wealth of information.

"The Gawis cranium provides us with the opportunity to look at the face of one of our ancestors," the archaeology project said in a statement. "Additionally, this fossil links us with the past by showing a face that is recognizably different and more primitive than ours", reports Indianapolis Star.

According to Ireland Online, Sileshi, an Ethiopian paleoanthropologist based at Indiana University in the US, said most fossil hominids are found in pieces but the near-complete skull - a rare find – provided a wealth of information.

The cranium dates to a time of transition from African Homo erectus to modern humans about which little is known. The fossil record from Africa for this period is sparse and most of the specimens poorly dated, project archaeologists said.

The face and cranium of the fossil are recognisably different from that of modern humans, but it bears unmistakable anatomical evidence that it belongs to the modern human’s ancestry, Sileshi said.

"The form of the face and the brain are among the best means for exploring the evolutionary path of humans and the Gawis cranium preserves both areas," according to the statement.

O.Ch.